- Cheaper than other processes.
- Cut virtually any material:
- pre hardened steel
- mild steel
- exotics like Titanium, Inconel, Hastalloy
- gummy 304 stainless
- (most steels cut at the same speed, whether hardened, or not.)
- Copper, Brass, Aluminum: They are a cinch!
- brittle materials like glass, ceramic, quartz, stone.
- laminates
- flammable materials
- Cut thin stuff, or thick stuff
- Make all sorts of shapes with only one tool.
- Cut wide range of thickness’ to reasonable tolerance up to 2” (50mm) thick
- Up to 5” (127mm) or thicker where tolerance not important, or in soft materials.
- No Heat Generated / No heat affected zones - this is cold cutting!
- No mechanical stresses
- Cut virtually any shape:
- Fast Setup:
- Only one tool to qualify / No tool changes required
- Fast turn around on the machine. Make a part, then 2 minutes be making a completely different part from a completely different material.
- Leaves a satin smooth finish, thus reducing secondary operations
- Clean cutting process without gasses or oils
- Makes its own start holes
- Narrow kerf removes only a small amount of material.
- Your "scrap" metal is easier to recycle or re-use (no oily chips!)
- Modern systems are now very easy to learn.
- You can trade off tolerance vs speed from feature to feature on your part.
- Can easily switch between high production, and single piece production, on the same machine, with no extra effort.
- Are very safe. (No, they don't explode, thanks to the nearly incompressible property of water.)
- Draw the part / cut the part. It is that easy! Everyone in your shop can learn to use it quickly.
- No "scaley" edges, which makes it easier to make a high quality weld
- Machine composite materials, or materials where dissimilar materials are glued together
- Machine stacks of thin parts all at once.
Friday, December 12, 2008
advantages of water jet machining
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